Airborne Geophysics

Our airborne geophysical survey capabilities combine single-sensor and gradient magnetics, radiometrics, gravity, and electromagnetic (EM) methods to support mineral exploration and geological mapping. Each technology provides a complementary perspective: magnetics reveals magnetic contrasts and structural trends; radiometrics characterizes near-surface radioelement patterns; gravity investigates subsurface density contrasts; and EM maps variations in electrical conductivity. By integrating these datasets, we help exploration teams refine geological frameworks, investigate concealed features, and prioritize targets for further assessment. Combined magnetic and radiometric interpretation connects structural information with surface lithology, weathering, and potential alteration patterns.

From survey planning and acquisition through data processing and interpretation, our approach focuses on producing reliable, actionable information. We place a strong emphasis on developing and applying AI-assisted workflows to accelerate processing, improve consistency, and enhance the recognition of meaningful patterns across complex datasets. Expert review and quality control guide each stage, ensuring results remain grounded in geophysical principles and geological context. The outcome is a clearer understanding of the survey area and a stronger foundation for field investigation and exploration decisions.